CN207822512U - It can the secondary toy car for overturning deformation - Google Patents

Abstract

The toy car deformed secondary can be overturn the utility model discloses a kind of, including：Vehicle body；Two trigger member, trigger member are movably arranged on vehicle body；Two flip pieces, the two flip pieces are articulated on vehicle body, the two flip pieces are matched with a trigger member to be in the lock state respectively；Deformable member, deformable member can fold or the setting that is unfolded is on vehicle body, and deformable member is matched with flip piece or trigger member to be in collapse state；When one of trigger member is triggered, it is unlocked positioned at the flip piece opposite with the supporting surface where toy car and rotates and have an effect with supporting surface, so that toy car aerial goes to another flip piece and the opposite position of supporting surface, when another trigger member is triggered, the flip piece opposite with supporting surface is now placed in be unlocked and rotate and have an effect with supporting surface, so that toy car empties overturning, and any trigger member be triggered or any flip piece rotate when, deformable member is unlocked and is unfolded, and toy car is interesting strong.

Description

It can the secondary toy car for overturning deformation

Technical field

The utility model is related to toy arts, and secondary the toy car deformed can be overturn more particularly, to a kind of.

Background technology

Toy type in the related technology is more single, and interesting not strong, it is difficult to meet the needs of child.

Utility model content

The utility model is intended to solve at least some of the technical problems in related technologies.For this purpose, this reality Secondary the toy car deformed can be overturn with novel proposition is a kind of, the toy car can realize secondary rotary movement, while overturn It can also deform in the process, the interest of toy is strong.

The toy car deformed secondary can be overturn according to the utility model embodiment, including：Vehicle body；Two trigger member, institute Trigger member is stated to be movably arranged on the vehicle body；Two flip pieces, the two described flip pieces are articulated in the vehicle body On, the two described flip pieces are matched with a trigger member to be in the lock state respectively；Deformable member, the deformable member It can fold or the setting that is unfolded is on vehicle body, the deformable member is matched and folded with being in the flip piece or the trigger member State；When one of them described trigger member is triggered, solved positioned at the flip piece opposite with the supporting surface where the toy car Lock and rotate and have an effect with the supporting surface so that the toy car aerial go to another described flip piece with it is described The opposite position of supporting surface when another described trigger member is triggered, is now placed in the flip piece quilt opposite with the supporting surface It unlocks and rotates and have an effect with the supporting surface, so that the toy car empties overturning, and any trigger member is touched When hair or any flip piece rotation, the deformable member is unlocked and is unfolded.

According to the utility model embodiment can secondary overturning deformation toy car, it can be achieved that secondary rotary movement, simultaneously It can also deform in switching process, the interest of toy is strong.

In addition, according to the utility model embodiment secondary the toy car deformed can be overturn, can also have following additional Technical characteristic：

One embodiment according to the present utility model, two flip pieces can be separately positioned on the adjacent surface of the vehicle body On.

One embodiment according to the present utility model, two flip pieces can be separately positioned on the opposite face of the vehicle body On.

One embodiment according to the present utility model, one end of each flip piece and the vehicle body rotationally phase Even, the other end of the flip piece is equipped with holding section, and the corresponding trigger member coordinated with it is equipped with joint portion, when described When trigger member is triggered, the holding section and joint portion separation are so that the flip piece is rotatable.

One embodiment according to the present utility model, two flip pieces are respectively the be arranged on the upside of the vehicle body One flip piece and the second flip piece being arranged on the downside of the vehicle body, corresponding two trigger member are respectively to be arranged in the vehicle The first trigger member for holding behind and the second trigger member in the body structure is set, wherein first flip piece with it is described The pivotal axis of vehicle body pivot joint is adjacent to the end set of the vehicle body, and first flip piece and first trigger member match It closes；The pivotal axis that second flip piece is pivotally connected with the vehicle body is adjacent to the centrally disposed of the vehicle body, and described second overturns Part is matched with second trigger member.

One embodiment according to the present utility model, further includes limit sequence part, and the limit sequence part is movably disposed in the vehicle With, selectively with a cooperation in first trigger member and second trigger member, to be touched with controlling described first Outbox is triggered prior to second trigger member.

One embodiment according to the present utility model, the limit sequence part include ontology and housing on the body and along institute Body length direction two limited blocks spaced apart are stated, limiting slot, second triggering are limited between two limited blocks Part is equipped with limit hole, and two one in the block of limits can coordinate in the limit hole to lock second triggering Part, when first trigger member is triggered, the limited block is detached with the limit hole and first trigger member simultaneously At least part is plugged in the limiting slot to unlock second trigger member.

One embodiment according to the present utility model, the deformable member are set on the upside of the vehicle body in which can take down the exhibits, and described the The deformable member expansion is triggered after the rotation of two flip pieces.

One embodiment according to the present utility model, the vehicle body are equipped with wheel, and the wheel includes：It is oppositely arranged Two trailing wheels, the trailing wheel is rotatably arranged in the rear end of the vehicle body, and a part for the trailing wheel projects upwards the vehicle Body, a part are downwardly projected the vehicle body；Two upper front-wheels being oppositely arranged and two lower front-wheels being oppositely arranged, it is described to go forward Wheel and the lower front-wheel are rotatably arranged in the both sides up and down of the vehicle body respectively, the part of the upper front-wheel project upwards in A part for the vehicle body, the lower front-wheel protrudes downward from the vehicle body.

One embodiment according to the present utility model further includes having toy part, and the rear and front end of the vehicle body is equipped with folder Hold position, the end that is triggered of first trigger member and second trigger member is respectively protruding into the corresponding clamping position, when It is triggered and holds so that corresponding trigger member is triggered described in collision when the toy part enters in the clamping position.

One embodiment according to the present utility model is touched when the toy part enters in the clamping position of the body rear end Send out the first trigger member described, first flip piece is unlocked and rotates so that the toy car aerial goes to described second turns over Turn part and the opposite position of the supporting surface, the toy part in body rear end clamping position is detached from from the clamping position at this time Out.

The additional aspect and advantage of the utility model will be set forth in part in the description, partly will be from following description In become apparent, or recognized by the practice of the utility model.

Description of the drawings

The above-mentioned and/or additional aspect and advantage of the utility model will in the description from combination following accompanying drawings to embodiment Become apparent and is readily appreciated that, wherein：

Fig. 1 be according to the utility model embodiment can secondary overturning deformation toy car structural schematic diagram, wherein the One trigger member and the second trigger member are not triggered, and the second flip piece is located at the position opposite with supporting surface；

Fig. 2 is can the secondary part-structure schematic diagram for overturning the toy car deformed shown in Fig. 1；

Fig. 3 is can the secondary part-structure schematic diagram for overturning the toy car deformed shown in Fig. 1；

Fig. 4 be shown in Fig. 1 can secondary overturning deformation toy car another angle structural schematic diagram, wherein the One flip piece is located at the position opposite with supporting surface；

Fig. 5 be shown in Fig. 1 can secondary overturning deformation toy car another angle structural schematic diagram, wherein the One flip piece is located at the position opposite with supporting surface；

Fig. 6 be shown in Fig. 1 can it is secondary overturning deformation toy car explosive view, wherein the first flip piece be located at and branch The opposite position in support face；

Fig. 7 be shown in Fig. 1 can it is secondary overturning deformation toy car part-structure schematic diagram, wherein the first flip piece Positioned at the position opposite with supporting surface；

Fig. 8 be shown in Fig. 1 can it is secondary overturning deformation toy car part-structure explosive view, wherein the first flip piece Positioned at the position opposite with supporting surface；

Fig. 9 be according to the utility model embodiment can it is secondary overturning deformation toy car sectional view, wherein first touch Outbox and the second trigger member are not triggered；

Figure 10 be according to the utility model embodiment can it is secondary overturning deformation toy car sectional view, wherein first touch Outbox has been triggered, and the second trigger member is not yet triggered；

Figure 11 is the structural schematic diagram according to the limit sequence part of the utility model embodiment；

Figure 12 be according to the utility model embodiment can it is secondary overturning deformation toy car part-structure schematic diagram, Middle deformable member is not deployed；

Figure 13 be according to the utility model embodiment can it is secondary overturning deformation toy car part-structure schematic diagram, Middle deformable member expansion；

Figure 14 is another angle schematic diagram of structure shown in Figure 13；

Figure 15 is another angle schematic diagram of structure shown in Figure 13；

Figure 16 is another angle schematic diagram of structure shown in Figure 13；

Figure 17 be according to the utility model embodiment can secondary overturning deformation toy car structural schematic diagram, wherein the One flip piece be located at the opposite position of supporting surface, and the first trigger member and the second trigger member are not triggered；

Figure 18 be according to the utility model embodiment can secondary overturning deformation toy car structural schematic diagram, wherein the Two flip pieces be located at the opposite position of supporting surface, and the first trigger member has been triggered, and the second trigger member is not yet triggered；

Figure 19 be according to the utility model embodiment can secondary overturning deformation toy car structural schematic diagram, wherein the Two trigger member be located at the opposite position of supporting surface, and the first trigger member and the second trigger member have been triggered；

Figure 20 be according to the utility model embodiment can secondary overturning deformation toy car structural schematic diagram, wherein the One trigger member has been triggered, and the second trigger member is not yet triggered；

Figure 21 be according to the utility model embodiment can secondary overturning deformation toy car structural schematic diagram, wherein the One trigger member and the second trigger member have been triggered.

Reference numeral：

Toy car 100；

Vehicle body 1；First clamping position 11；Second clamping position 12；First magnet 13；Second magnet 14；Blocking portion 15；Accommodate position 16；

Wheel 2；Trailing wheel 21；Upper front-wheel 22；Lower front-wheel 23；

First flip piece 3；First holding section 31；

Second flip piece 4；Second holding section 41；Shifting block 42；

First trigger member 5；First movement part 51；STATEMENT OF FEDERALLY SPONSORED 511；Plug division 5111；

Lock-connecting piece 512；First joint portion 5121；

First elastic component 52；

Second trigger member 6；Second moving member 61；Second joint portion 611；Limit hole 612；Second elastic component 62；

Limit sequence part 7；Ontology 71；Limited block 72；Limiting slot 721；

Deformable member 8；Body portion 81；It is clamped position 811；Head 82；Wing 83；Legs and feet 84；

Shackle member 9；Clamping portion 91；

Spring part 10；

Toy part 200.

Specific implementation mode

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

In the description of the present invention, it should be understood that term "upper", "lower", "front", "rear", "left", "right", The orientation or positional relationship of the instructions such as "vertical", "horizontal", "top", "bottom" "inner", "outside", " axial direction ", " circumferential direction " is based on attached Orientation or positional relationship shown in figure, is merely for convenience of describing the present invention and simplifying the description, rather than indicates or imply Signified device or element must have a particular orientation, with specific azimuth configuration and operation, therefore should not be understood as to this The limitation of utility model.The meaning of " plurality " is two or more in the description of the present invention, unless otherwise clear It is specific to limit.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, can also be electrical connection；Can be directly connected, can also indirectly connected through an intermediary, It can be the interaction relationship of the connection or two elements inside two elements.For those of ordinary skill in the art and Speech, can understand the concrete meaning of above-mentioned term in the present invention as the case may be.

The toy car 100 deformed secondary can be overturn according to the utility model embodiment below with reference to Fig. 1-Figure 21 descriptions.

As shown in Fig. 1-Figure 21, according to the utility model embodiment can it is secondary overturning deformation toy car 100 include：Vehicle 1, two trigger member of body, two flip pieces and deformable member 8.

Two trigger member are movably arranged on vehicle body 1, and two flip pieces are articulated on vehicle body 1, the two overturnings Part is matched with a trigger member to be in the lock state respectively, and deformable member 8 can fold or the setting that is unfolded is on vehicle body 1, is become Shape part 8 is matched with flip piece or trigger member to be in collapse state, when one of trigger member is triggered, is located at and toy car The flip piece that the supporting surface at 100 places is opposite is unlocked and rotates and have an effect with supporting surface, so that 100 aerial of toy car Another flip piece and the opposite position of supporting surface are gone to, when another trigger member is triggered, is now placed in opposite with supporting surface Flip piece be unlocked and rotate and have an effect with supporting surface so that toy car 100 empties overturning, and any trigger member is touched When hair or any flip piece rotate, deformable member 8 is unlocked and is unfolded.

Specifically, two flip pieces are respectively the first flip piece 3 and the second flip piece 4, and two trigger member are respectively first Trigger member 5 and the second trigger member 6, the first flip piece 3 and the cooperation of the first trigger member 5 are so that the first flip piece 3 is in the lock state (i.e. the first flip piece 3 cannot be pivoted with respect to vehicle body 1), when the first trigger member 5 is triggered, the first flip piece 3 is unlocked, and first Flip piece 3 can be pivoted with respect to vehicle body 1；Second flip piece 4 and the second trigger member 6 coordinate so that the second flip piece 4 is in locking shape State (i.e. the second flip piece 4 cannot be pivoted with respect to vehicle body 1), when the second trigger member 6 is triggered, the second flip piece 4 is unlocked, the Two flip pieces 4 can be pivoted with respect to vehicle body 1.

Player first places toy car 100 on the support surface, and make the first flip piece 3 when playing the toy car 100 Opposite with supporting surface, if the first trigger member 5 (i.e. above-mentioned " one of trigger member ") is triggered at this time, the first trigger member 5 will So that it is detached from cooperation with the first flip piece 3, the first flip piece 3 is unlocked 1 activity of opposite vehicle body, 3 opposite vehicle of the first flip piece Body 1 rotates, it has an effect with supporting surface during the first flip piece 3 rotates, to drive 100 aerial of toy car to go to Second flip piece 4 and the opposite position of supporting surface, if the second trigger member 6 (i.e. above-mentioned " another trigger member ") is touched at this time Hair, the second flip piece 4 is unlocked and rotates and have an effect with supporting surface, to drive toy car 100 to empty overturning, thus toy Secondary rotary movement can occur for vehicle 100.

In addition, deformable member 8 can coordinate with the first flip piece 3, the second flip piece 4, the first trigger member 5 or the second trigger member 6 To be in collapse state, when any trigger member is triggered or any flip piece rotates, deformable member 8 is unlocked and is unfolded.

I.e. in some instances, deformable member 8 and the cooperation of the first flip piece 3 are so that deformable member 8 is in collapse state, when first When flip piece 3 is pivoted with respect to vehicle body 1, deformable member 8 is unlocked and is unfolded.I.e. when toy car 100 occurs to overturn for the first time, deformation Part 8 is unfolded so that Accompanying Deformation while first time rotary movement occurs of toy car 100 acts.

In some instances, deformable member 8 and the first trigger member 5 coordinate so that deformable member 8 be in collapse state, when first tactile When outbox 5 is triggered, deformable member 8 is unlocked and is unfolded.Since the first trigger member 5 and the first flip piece 3 coordinate, the first trigger member 5 when being triggered, and the first flip piece 3 is unlocked and opposite vehicle body 1 pivots, so that toy car 100 occurs to overturn for the first time, that is, is playing When having the generation of vehicle 100 overturning for the first time, deformable member 8 is unfolded so that companion while first time rotary movement occurs of toy car 100 With deformed movement.

In some instances, deformable member 8 and the second flip piece 4 coordinate so that deformable member 8 is in collapse state, turn over when second When turning part 4 with respect to the pivot of vehicle body 1, deformable member 8 is unlocked and is unfolded.I.e. when second of overturning occurs for toy car 100, deformable member 8 expansion so that Accompanying Deformation while second of rotary movement occurs of toy car 100 acts.

In some instances, deformable member 8 and the second trigger member 6 coordinate so that deformable member 8 be in collapse state, when second tactile When outbox 6 is triggered, deformable member 8 is unlocked and is unfolded.Since the second trigger member 6 and the second flip piece 4 coordinate, the second trigger member 6 when being triggered, and the second flip piece 4 is unlocked and opposite vehicle body 1 pivots, and overturns, that is, is playing so that toy car 100 occurs second When having second of the overturning of generation of vehicle 100, deformable member 8 is unfolded so that companion while second of rotary movement occurs of toy car 100 With deformed movement.

By upper, the toy car 100 deformed secondary can be overturn, it can be achieved that secondary overturning is dynamic according to the utility model embodiment Make, while can also deform in switching process, the interest of toy is strong.

It should be noted that being equipped with torsional spring between the flip piece in the application and vehicle body 1, it is in the lock state in flip piece When, torsional spring flexible deformation and accumulation of energy, when flip piece is unlocked, torsional spring restore deformation and release can, drive of the flip piece in torsional spring Lower rotation.Flip piece realizes that the specific implementation mode of overturning is well known to the skilled person by torsional spring, here no longer It is described in detail.

In one embodiment of the utility model, two flip pieces, which can be separately positioned on the adjacent surface of vehicle body 1, (schemes not Show), such as when the first flip piece 3 is set to the top of vehicle body 1, the second flip piece 4 can be set to front side or the rear side of vehicle body 1, First flip piece 3 drives toy car 100 to empty 90 ° or 270 ° of overturning etc., and toy car 100 can be made by the first flip piece 3 and support The opposite position in face is overturn to the second flip piece 4 and the opposite position of supporting surface.

In one embodiment of the utility model, two flip pieces can be separately positioned on the opposite face of vehicle body 1.Such as Shown in Fig. 1-Figure 21, two flip pieces are respectively arranged on the both sides up and down of vehicle body 1, are certainly not limited to this, and two flip pieces may be used also To be respectively arranged on the front and rear sides or the left and right sides of vehicle body 1.At this point, the first flip piece 3 drives toy car 100 to empty 180 ° of overturning Or 540 ° etc., toy car 100 can be made to be overturn to the second flip piece 4 and support by the first flip piece 3 and the opposite position of supporting surface The opposite position in face.

In one embodiment of the utility model, one end of each flip piece is rotationally connected with vehicle body 1, flip piece The other end be equipped with holding section, the corresponding trigger member coordinated with it is equipped with joint portion, when trigger member is triggered, holding section It is detached with joint portion so that flip piece is rotatable.

Such as shown in Fig. 1-Fig. 3, one end of the first flip piece 3 is articulated in vehicle body 1, and the other end of the first flip piece 3 is set There is the first holding section 31, the first joint portion 5121 is equipped with the first trigger member 5 of the first flip piece 3 cooperation, when the first engaging When portion 31 and the first joint portion 5121 coordinate, the first flip piece 3 is locked, when the first trigger member 5 is triggered, the first holding section 31 and first joint portion 5121 detach so that the first flip piece 3 is rotatable.Optionally, as shown in Figure 1-Figure 3, the first holding section 31 and first joint portion 5121 be all formed as hook structure.

As shown in Fig. 4-Fig. 8, one end of the second flip piece 4 is articulated in vehicle body 1, and the other end of the second flip piece 4 is equipped with the Two holding sections 41 are equipped with the second joint portion 611, when 41 He of the second holding section with the second trigger member 6 of the second flip piece 4 cooperation When second joint portion 611 coordinates, the second flip piece 4 is locked, when the second trigger member 6 is triggered, the second holding section 41 and the Two joint portions 611 detach, so that the second flip piece 4 is rotatable.Optionally, as shown in Fig. 4-Fig. 8, the second holding section 41 is formed as Card hole structure, the second joint portion 611 are formed as hook structure.

Further, each trigger member includes moving member and elastic component, and moving member is movably disposed on vehicle body 1, bullet The both ends of property part are connected to moving member and vehicle body 1 respectively, and joint portion is formed on moving member, when moving member is triggered it is mobile when, Holding section is detached with joint portion and elastic component flexible deformation and accumulation of energy, after holding section is detached with joint portion, corresponding flip piece It is unlocked and overturns, after flip piece is unlocked, elastic component restores deformation and corresponding trigger member is driven to automatically reset.

Such as shown in Fig. 1-Fig. 3, the first trigger member 5 includes first movement part 51 and the first elastic component 52, first movement Part 51 can be set on vehicle body 1 movably forward and backward, and the both ends of the first elastic component 52 are connected to first movement part 51 and vehicle body 1 respectively On, the first joint portion 5121 is formed on first movement part 51, when first movement part 51 is triggered mobile, the first holding section 31 It is detached with the first joint portion 5121 and the first elastic component 52 deforms and accumulation of energy, the first holding section 31 and the separation of the first joint portion 5121 Afterwards, the first flip piece 3 is unlocked and overturns, and after the first flip piece 3 is unlocked, and first movement part 51 can be in the first elastic component It automatically resets under 52 effects.

As shown in Fig. 4-Fig. 8, the second trigger member 6 includes the second moving member 61 and the second elastic component 62, the second moving member 61 It can be set on vehicle body 1 movably forward and backward, the both ends of the second elastic component 62 are connected to respectively on the second moving member 61 and vehicle body 1, the Two joint portions 611 are formed on the second moving member 61, when the second moving member 61 be triggered and when moving, the second holding section 41 and Two joint portions 611 detach and the second elastic component 62 deforms and accumulation of energy, behind the second holding section 41 and the separation of the second joint portion 611, the Two flip pieces 4 are unlocked and overturn, and after the second flip piece 4 is unlocked, and the second moving member 61 can be made in the second elastic component 62 It automatically resets under.

In one embodiment of the utility model, as illustrated in figs. 1-8, two flip pieces are respectively the first flip piece 3 and second flip piece 4, the first flip piece 3 be set to 1 upside of vehicle body, the second flip piece 4 is set to 1 downside of vehicle body, two trigger member point Not Wei the first trigger member 5 and the second trigger member 6, in 1 rear end of vehicle body, the second trigger member 6 is arranged in vehicle body the setting of the first trigger member 5 1 front end.

Wherein, the pivotal axis that the first flip piece 3 is pivotally connected with vehicle body 1 adjacent to vehicle body 1 end set, such as in Fig. 1-Fig. 3 Shown, the pivotal axis that the first flip piece 3 is pivotally connected with vehicle body 1 is arranged adjacent to the rear end of vehicle body 1.Certain the application is not limited to this, The pivotal axis that first flip piece 3 is pivotally connected with vehicle body 1 can also be arranged adjacent to the front end of vehicle body 1.First flip piece 3 and first triggers Part 5 matches, opposite with supporting surface in the first flip piece 3 and when the first trigger member 5 is triggered, the first flip piece 3 be unlocked and It rotates and has an effect with supporting surface, so that 100 aerial of toy car goes to the second flip piece 4 and the opposite position of supporting surface.

It is to be appreciated that since the second flip piece 4 of 1 downside of the first flip piece 3 and vehicle body of 1 upside of vehicle body is set to vehicle body 1 opposite both sides, toy car 100 overturn 180 ° under the action of the first flip piece 3, can be by the first flip piece 3 and supporting surface phase To position overturn to the second flip piece 4 and the opposite position of supporting surface.

Here by making the pivotal axis that the first flip piece 3 is pivotally connected with vehicle body 1 adjacent to the end set of vehicle body 1, so that When first flip piece 3 drives toy car 100 to overturn, the overturning center of gravity of toy car 100 is located at the end of toy car 100, to drop The height that low toy car 100 is overturn, thereby guarantees that toy car 100 only overturns 180 ° under the action of the first flip piece 3, without It is 360 °.

Certainly, the application is not limited to this, in order to ensure that toy car 100 is only overturn under the action of the first flip piece 3 180 °, following implementation can also be passed through：

In some optional examples, as shown in Fig. 2, 1 upside of vehicle body is formed with blocking portion 15, blocking portion 15 is turned over adjacent to first Turn part 3 with the pivotal axis that vehicle body 1 is pivotally connected to be arranged, be abutted with blocking portion 15 during the first flip piece 3 is overturn, so that first The flip angle of flip piece 3 is less than 180 °.Specifically, when the overturning of the first flip piece 3 with blocking portion 15 to when abutting, first overturns Part 3 will be no longer able to turn, and when the overturning of the first flip piece 3 with blocking portion 15 to when abutting, 3 flip angle of the first flip piece is less than 180 °, such as can be 120 °, 130 ° or 150 ° etc., since the flip angle of the first flip piece 3 reduces, corresponding toy car 100 somersault angle will also reduce, and thereby guarantee that toy car 100 only overturns 180 ° under the action of the first flip piece 3.

In other optional examples, due to being equipped with torsional spring between the first flip piece 3 and vehicle body 1, at the first flip piece 3 When lock-out state, torsional spring flexible deformation and energy storage, when the first flip piece 3 is unlocked, the first flip piece 3 is under the effect of torsion spring Overturning, it is possible thereby to the torsion by adjusting torsional spring, and then reduce torsional spring flexible deformation and the energy that stores, thus reduce first Overturning dynamics and speed of the flip piece 3 after unlock, thereby guarantee that toy car 100 is only overturn under the action of the first flip piece 3 180°。

Further, as shown in Fig. 4-Fig. 8, the pivotal axis that the second flip piece 4 is pivotally connected with vehicle body 1 is in vehicle body 1 The heart is arranged, and the second flip piece 4 is matched with the second trigger member 6.Opposite and the second trigger member in the second flip piece 4 and supporting surface 6 when being triggered, and the second flip piece 4 is unlocked and rotates and have an effect with supporting surface, so that toy car 100 can empty overturning. It is to be appreciated that by making the pivotal axis that the second flip piece 4 is pivotally connected with vehicle body 1 adjacent to the centrally disposed of vehicle body 1, so that playing Has the overturning center of gravity of vehicle 100 adjacent to the center of vehicle body 1, to ensure the turning height of toy car 100, guarantee toy car 100 can be 360 ° are overturn under the action of second flip piece 4, so that toy car 100 can be turned over by the second flip piece 4 position opposite with supporting surface Go to the second flip piece 4 and the opposite position of supporting surface.

By upper, toy car 100 can be turned under the drive of the first flip piece 3 by the first flip piece 3 position opposite with supporting surface The second flip piece 4 and the opposite position of supporting surface are gone to, it can be by the second flip piece 4 and support under the drive of the second flip piece 4 The opposite position in face is overturn to the second flip piece 4 and the opposite position of supporting surface.If it is to be appreciated that the first quilt of the first flip piece 3 It unlocks and rotates, after toy car 100 completes overturning under the effect of the first flip piece 3, the second flip piece 4 is automatically positioned at and props up The opposite position in support face, if the second trigger member 6 is triggered at this time, toy car 100 can carry out overturning again.Even first touches Outbox 5 is triggered prior to the second trigger member 6, it is ensured that the continuity between 100 2 salto of toy car, toy car 100 interesting higher.

And if the second flip piece 4 is first unlocked and rotates, toy car 100 the second flip piece 4 effect under complete to turn over After turning, the second flip piece 4 is still opposite with supporting surface, and the first flip piece 3 is still opposite with supporting surface, at this time to make toy car 100 overturn under the effect of the first flip piece 3, need manual overturning toy car 100 so that the first flip piece 3 and supporting surface phase To toy car 100 being adjusted to the first flip piece 3 with behind the opposite position of supporting surface, toy car 100 just can be in the first flip piece 3 The lower overturning of effect.Even the second trigger member 6 is triggered prior to the first trigger member 5, it will causes 100 2 overturnings of toy car dynamic Make to generate interruption, and reduces the interest of toy car 100.

To solve the above-mentioned problems, in a preferred embodiment of the utility model, as Figure 9-Figure 11, toy car 100 further include limit sequence part 7, and limit sequence part 7 is movably disposed on vehicle body 1, selectively to be triggered with the first trigger member 5 and second A cooperation in part 6, is triggered with controlling the first trigger member 5 prior to the second trigger member 6, to ensure toy car 100 2 times The continuity of rotary movement improves the interest of toy car 100.

Further, as shown in figure 11, limit sequence part 7 includes ontology 71 and is sleeved on ontology 71 and is grown along the ontology 71 outside Direction two limited blocks 72 spaced apart are spent, limit limiting slot 721 between two limited blocks 72, the second trigger member 6 is equipped with Limit hole 612, one in two limited blocks 72 can coordinate in limit hole 612 lock the second trigger member 6, be triggered first When part 5 is triggered, limited block 72 is detached with limit hole 612 and at least part of the first trigger member 5 is plugged in limiting slot simultaneously To unlock the second trigger member 6 in 721.Such as in Fig. 9-examples shown in Fig. 10, the first flip piece 3 and the second flip piece 4 difference Set on the both sides up and down of vehicle body 1, the first trigger member 5 is located at the top of the second trigger member 6, and limit sequence part 7 moves along the vertical direction Ground is set on vehicle body 1.When toy car 100 is located at state shown in Fig. 9, the first trigger member 5 and the second trigger member 6 not by Triggering, and the second flip piece 4 is located at the position opposite with supporting surface at this time, under the effect of gravity, a limited block of limit sequence part 7 72 cooperations are interior to lock the second trigger member 6 in limit hole 612, even if so that the second flip piece 4 is located at and supporting surface phase To position, when the first trigger member 5 is not triggered, the second trigger member 6 can not be triggered；In the first overturning of toy car 100 When part 3 is located at the position opposite with supporting surface, this time limit sequence part 7 is moved under the effect of gravity so that limited block 72 and limit hole 612 separation, the second trigger member 6 is unlocked, if the first trigger member 5 is triggered at this time, the first trigger member 5 moves and coordinates and limiting In slot 721, the position locking of sequence part 7 will be limited, when toy car 100 is overturn under the action of the first flip piece 3 to the second overturning When the opposite position of part 4 and supporting surface (as shown in Figure 10), sequence part 7 is limited still in the state detached with limit hole 612, at this time the Two trigger member 6 can be triggered.

In one embodiment of the utility model, deformable member 8 is set to 1 upside of vehicle body, the second 4 turns of flip piece in which can take down the exhibits Triggering deformable member 8 is unfolded after dynamic, i.e., deformable member 8 and the second flip piece 4 coordinate, so that toy car 100 is executing second When overturning, deformable member 8 is unfolded and toy car 100 is deformed.

Further, toy car 100 further includes having shackle member 9 and spring part 10, and shackle member 9 is movably disposed in vehicle body 1 On, the both ends of spring part 10 are connected to respectively in shackle member 9 and vehicle body 1, and shackle member 9 is equipped with clamping portion 91, is set on deformable member 8 Have with 91 matched clamping position 811 of clamping portion, when clamping portion 91 and clamping position 811 cooperate when, deformable member 8 is locked in Stowed position (as shown in figure 12), when clamping portion 91 and the separation of clamping position 811, deformable member 8 is unlocked and (such as Figure 13-is unfolded Shown in Figure 16).The articulated section of second flip piece 4 is equipped with shifting block 42, and when the second flip piece 4 is overturn, shifting block 42 pushes clamping Part 9 movement make clamping portion 91 be clamped position 811 detach and 10 flexible deformation of spring part and accumulation of energy, deformable member 8 are unlocked and are unfolded, And after deformable member 8 is unlocked, shackle member 9 can automatically reset under the effect of spring part 10.

Optionally, as shown in fig. 1, the upside of vehicle body 1, which is formed with, accommodates position 16, when deformable member 8 is in collapse state, At least part of deformable member 8, which is contained in, to be accommodated in position 16.

Optionally, when deformable member 8 is in collapse state, car shaped can be collectively formed with vehicle body 1 in deformable member 8, such as Can be the large cars such as truck, police car, ambulance, or the compact cars such as racing car, sport car, car.When deformable member 8 is unfolded Afterwards, deformable member 8 can be deformed into character shape (such as simple person of low position) or animals shaped (such as water, land and air animal).By The structure sense of this toy car 100 is stronger, interesting stronger.

In the example shown in Fig. 1-Figure 19, deformable member 8 includes body portion 81, head 82 and four limbs portion, and four limbs portion includes Two wings 83 being oppositely arranged and two legs and feet 84 being oppositely arranged.Wherein, the rear end in body portion 81 is articulated on vehicle body 1 Side, head 82 are articulated in the front end in body portion 81, and wing 83 is articulated in the both sides in body portion 81, and legs and feet 84 are articulated in vehicle body 1 Both sides, and it is equipped with torsion between body portion 81 and vehicle body 1, between wing 83 and body portion 81 and between legs and feet 84 and vehicle body 1 Spring.

Body portion 81 is equipped with above-mentioned clamping position 811, when above-mentioned deformable member 8 is in collapse state, is clamped 811 He of position Clamping portion 91 coordinates, and body portion 81, which is locked in, to be accommodated in position 16 (as shown in Fig. 1 and Figure 12), while head 82 is also accommodated in It accommodates in position 16, two wings 83 abut respectively with 1 two side of vehicle body so that two wings 83 fold on vehicle body 11, two legs Foot 84 is located at the lower section of two wings 83 and is abutted respectively with two wings 83, so that two legs and feet 84 are folded in vehicle body 1 On, and when deformable member 8 is in collapse state, between body portion 81 and vehicle body 1, between wing 83 and body portion 81 and legs and feet Torsional spring between 84 and vehicle body 1 is in flexible deformation energy storage state.

When the second flip piece 4 is overturn, shifting block 42 pushes shackle member 9 to move, and is clamped position 811 and clamping portion 91 and detaches, becomes Shape part 8 is unlocked and is unfolded, and specifically, body portion 81 is unlocked and is rotated up under the effect of itself torsional spring and bounced, body portion 81 will drive when popping up wing 83 to move up so that wing 83 is abutted with the disengaging of 1 two side of vehicle body, wing 83 be also unlocked and It rotates and is unfolded towards two-side elastic under the effect of itself torsional spring, head 82 rotates down under self gravitation effect, in wing 83 After being moved up with body portion 81, legs and feet 84 and wing 83 detach, and legs and feet 84 under the effect of itself torsional spring tiltedly hold up upwards by elastic rotation Come, Figure 13-Figure 16 is the state after deformable member 8 is unfolded, and deformable member 8 is deformed into flying bird shape at this time, toy car 100 it is interesting and It is recreational strong.

In one embodiment of the utility model, vehicle body 1 is equipped with wheel 2, and wheel 2 includes after be oppositely arranged two Wheel 21, the two lower front-wheels 23 two be oppositely arranged upper front-wheel 22 and be oppositely arranged.Specifically, trailing wheel 21 is rotatably arranged in The rear end of vehicle body 1, an and part for trailing wheel 21 projects upwards vehicle body 1, a part are downwardly projected vehicle body 1, upper front-wheel 22 and it is lower before Wheel 23 is rotatably arranged in the both sides up and down of vehicle body 1 respectively, and a part for upper front-wheel 22 is projected upwards in vehicle body 1, lower front-wheel 23 A part protrude downward from vehicle body 1.It is upper when the toy car 100 so that the toy car 100 can be formed as double sided When lower two sides is opposite with supporting surface respectively, which can walk.Thus it is located in the first flip piece 3 of toy car 100 With supporting surface when opposite position, on the support surface, toy car 100 can be for the support of the trailing wheel 21 and upper front-wheel 22 of toy car 100 It walks on the support surface under the action of trailing wheel 21 and upper front-wheel 22；It is located at and supporting surface phase in the second flip piece 4 of toy car 100 To position when, the trailing wheel 21 of toy car 100 and lower front-wheel 23 support on the support surface, toy car 100 can trailing wheel 21 and under It walks on the support surface under the action of front-wheel 23.So that the first trigger member 5 and the second trigger member 6 can be at toy cars 100 It is triggered when stationary state, can also be in walking process and be triggered in toy car 100.

In one embodiment of the utility model, toy car 100 further includes having toy part 200, the rear and front end of vehicle body 1 It is equipped with clamping position, optionally, clamping position is recessed inwardly by the end of vehicle body 1 to be formed, the first trigger member 5 and the second trigger member 6 The end that is triggered be respectively protruding into corresponding clamping position, when toy part 200 enters in clamping position collision be triggered end with Corresponding trigger member is set to be triggered.

Such as in Fig. 1-examples shown in fig. 8, the both sides up and down of vehicle body 1 are respectively equipped with the first flip piece 3 and second and turn over Turn part 4, the rear end of vehicle body 1 is equipped with the first trigger member 5, and the front end of vehicle body 1 is equipped with the second trigger member 6, and the rear end of vehicle body 1 is equipped with the The front end of one clamping position 11, vehicle body 1 is equipped with the second clamping position 12.First trigger member 5 and the second trigger member 6 can be movably forward and backward On vehicle body 1, the rear end of the first trigger member 5 forms the end that is triggered, and the front end formation of the second trigger member 6 is triggered end, and first The rear end of trigger member 5 is extend into the first clamping position 11, and the front end of the second trigger member 6 is extend into the second clamping position 12, works as object for appreciation Tool part 200 enters in the first clamping position 11, and toy part 200 collides the first trigger member 5 and drives the first trigger member 5 to Forward It is dynamic so that the first trigger member 5 and the separation of the first flip piece 3, the first flip piece 3 are unlocked and overturn；When toy part 200 enters In second clamping position 12, toy part 200 touches the second trigger member 6 and the second trigger member 6 is driven to move backward so that the second triggering Part 6 and the separation of the second flip piece 4, the second flip piece 4 are unlocked and overturn.

It should be noted that toy part 200 enters in clamping position, it can be by the way that toy part 200 be inserted into clamping position manually It is interior, can also by towards be clamped position in toss, projectile toy part 200, or by toy part 200 place on the support surface, lead to It crosses towards toy part 200 and pushes toy car 100, toy part 200 is clamped in clamping position, 100 playing method of toy car has more Sample characteristic improves the control of the sense of direction and dynamics sense etc. of child it is possible thereby to temper the hand brain coordination ability of child Ability.

Preferably, as shown in figs. 1-3, the first clamping position 11 is arranged adjacent to the upside of vehicle body 1, thus set on vehicle body When first flip piece 33 of 1 upside is opposite with supporting surface, the first clamping position 11 also is adjacent to supporting surface, in this way in 100 row of toy car During walking, it is easier to be clamped to the toy part 200 being positioned on supporting surface.

Similarly, as shown in Fig. 4-Fig. 8, the second clamping position 12 is arranged adjacent to the downside of vehicle body 1, thus set on vehicle body When second flip piece 4 of 1 downside is opposite with supporting surface, the second clamping position 12 also is adjacent to supporting surface, walks in this way in toy car 100 During, it is easier to it is clamped to the toy part 200 being positioned on supporting surface.

In one embodiment of the utility model, as shown in figure 3, it can be equipped with the first magnet 13 in the first clamping position 11, Toy part 200 is formed as the magnetic part that can be adsorbed with the first magnet 13, in this way when toy part 200 is adjacent to the first clamping position 11, Toy part 200 can be automatically drawn by the first magnet 13 in the first clamping position 11.Similarly, as shown in fig. 6, in the second clamping position 12 It can be equipped with the second magnet 14, so that when toy part 200 is adjacent to the second clamping position 12, toy part 200 can be by the second magnet 14 are automatically drawn into the second clamping position 12, thus can reduce the difficulty that the first trigger member 5 and the second trigger member 6 are triggered, simultaneously The sense of movement and technology sense of toy car 100 can also be improved.

In an alternative embodiment of the utility model, touched when toy part 200 enters in the clamping position of 1 rear end of vehicle body The first trigger member 5 is sent out, the first flip piece 3 is unlocked and rotates so that 100 aerial of toy car goes to the second flip piece 4 and support The opposite position in face, at this time the toy part 200 in 1 back end grip position of vehicle body from clamping position in detach.Specifically, reference chart Shown in 17 and Figure 20-Figure 21, when toy car 100 is located at position shown in figure, it is now placed in the first of 1 upper end of vehicle body Flip piece 3 is located at the position opposite with supporting surface, if toy part 200 enters positioned at the first clamping position 11 of 1 rear end of vehicle body at this time Interior, the first trigger member 5 is triggered, and the first flip piece 3 is unlocked and rotates so that the position shown in Figure 17 of toy car 100 180 ° of overturning is emptied to position shown in Figure 20, the second flip piece 4 and the supporting surface for being now placed in 1 downside of vehicle body are opposite, and And the disengaging that flies out is clamped in position 11 by first in the toy part 200 being now placed in the first clamping position 11 of 1 rear end of vehicle body, if then Toy part 200 is sandwiched in the second clamping position 12 of 1 front end of vehicle body, the second trigger member 6 is triggered, and the second flip piece 4 is solved It locks and rotates so that the position shown in Figure 20 of toy car 100, which is emptied, overturns 360 ° to position shown in Figure 21.Thus originally Secondary somersault and deformation not only may be implemented in the toy car 100 of embodiment, and after first time somersault, for triggering its overturning Toy part 200 by be clamped position in automatically disengage out, sense of movement is strong, thus further increases the interest of toy car 100.

The object for appreciation deformed secondary can be overturn according to one specific embodiment of the utility model referring to Fig. 1-Figure 21 descriptions Has vehicle 100.

Toy car 100 is touched including vehicle body 1, the wheel 2 on vehicle body 1, the first flip piece 3, the second flip piece 4, first Outbox 5, the second trigger member 6, limit sequence part 7, deformable member 8, shackle member 9, spring part 10 and toy part 200.

The rear end of wherein vehicle body 1 inwardly concaves to form the first clamping position 11, and the front end of vehicle body 1 inwardly concaves to form the second folder Position 12 is held, and the first clamping position 11 is arranged adjacent to the upper end of vehicle body 1, the second clamping position 12 is arranged adjacent to the lower end of vehicle body 1, and first It is clamped in position 11 and is equipped with the first magnet 13, the second magnet 14 is equipped in the second clamping position 12.

Wheel 2 includes two trailing wheels 21 being oppositely arranged, two upper front-wheels 22 being oppositely arranged and two be oppositely arranged Lower front-wheel 23, trailing wheel 21 are rotatably arranged in the rear end of vehicle body 1, and a part for trailing wheel 21 projects upwards vehicle body 1, a part to Lower prominent vehicle body 1, upper front-wheel 22 and lower front-wheel 23 are rotatably arranged in the both sides up and down of vehicle body 1 respectively, one of upper front-wheel 22 Divide and project upwards in vehicle body 1, a part for lower front-wheel 23 protrudes downward from vehicle body 1, so that the toy car 100 can be formed For double sided, when the upper and lower surface of the toy car 100 is opposite with supporting surface respectively, which can be on the support surface Walking.

First flip piece 3 is set to 1 upside of vehicle body, and rear end and the vehicle body 1 of the first flip piece 3 are pivotally connected, before the first flip piece 3 End is downwardly protrude to form the first holding section 31, and the first holding section 31 is formed as hook structure, and the first flip piece 3 is pivotally connected with vehicle body 1 Pivotal axis be arranged adjacent to the rear end of vehicle body 1, the upside of vehicle body 1 is formed with blocking portion 15, the first flip piece 3 after overturning with resistance Stopper 15 is abutted is less than 180 ° with the flip angle for limiting the first flip piece 3.

First trigger member 5 is set to 1 rear end of vehicle body, and the first trigger member 5 includes first movement part 51 and the first elastic component 52, the One moving member 51 includes STATEMENT OF FEDERALLY SPONSORED 511 and lock-connecting piece 512, and STATEMENT OF FEDERALLY SPONSORED 511 and lock-connecting piece 512 can be set to vehicle body movably forward and backward On 1,511 rear end of STATEMENT OF FEDERALLY SPONSORED forms the end that is triggered, and 511 rear end of STATEMENT OF FEDERALLY SPONSORED is stretched into the first clamping position 11, the front end of STATEMENT OF FEDERALLY SPONSORED 511 It is abutted with lock-connecting piece 512, the both ends of the first elastic component 52 are connected to lock-connecting piece 512 and vehicle body 1 respectively, and lock-connecting piece 512 is upward convex Playing formation can be with 31 matched first joint portion 5121 of the first holding section, and the first joint portion 5121 is formed as hook structure.Its In, STATEMENT OF FEDERALLY SPONSORED 511 is equipped with plug division 5111.

Second flip piece 4 is set to the downside of vehicle body 1, and front end and the vehicle body 1 of the second flip piece 4 are pivotally connected, the second flip piece 4 Rear end is equipped with the second holding section 41, and the second holding section 41 forms card hole structure, the pivotal axis that the second flip piece 4 is pivotally connected with vehicle body 1 Neighbouring vehicle body 1 is centrally disposed.

Second trigger member 6 is set to 1 front end of vehicle body, and the second trigger member 6 includes the second moving member 61 and the second elastic component 62, the Two moving members 61 can be set on vehicle body 1 movably forward and backward, and the rear end of the second moving member 61 is downwardly protrude to form and can engage with second 41 matched second joint portion 611 of portion, the second joint portion 611 form hook structure, and the both ends of the second elastic component 62 are supported respectively It is connected to vehicle body 1 and the second moving member 61, the front end of the second moving member 61 forms the end that is triggered, and the front end of the second moving member 61 is stretched into In second clamping position 12.Second moving member 61 is equipped with the limit hole 612 penetrated through in above-below direction.

Limit sequence part 7 is movably disposed in above-below direction on vehicle body 1, and limit sequence part 7 includes ontology 71 and is sleeved on ontology 71 outside Limiting slot 721 above and between two limited blocks 72 that 71 length direction of ontology is spaced apart, two limited blocks 72 is limited, works as object for appreciation When second flip piece 4 of tool vehicle 100 is located at the position opposite with supporting surface, limit sequence part 7 moves down under the effect of gravity, so that The cooperation of underlying limited block 72 is in limit hole 612 locking the second trigger member 6 to prevent the second trigger member 6 from accidentally being touched Hair, that is, prevent the second trigger member 6 to be triggered prior to the first trigger member 5.

When being located at position opposite with supporting surface positioned at the first flip piece 3, limit sequence part 7 moves backward under the effect of gravity, Limited block 72 is detached with limit hole 612 to unlock the second trigger member 6, when STATEMENT OF FEDERALLY SPONSORED 511 is triggered forward movement, STATEMENT OF FEDERALLY SPONSORED Plug division 5111 on 511 will be inserted into limiting slot 721, to limit the position locking of sequence part 7, when toy car 100 is first When overturning position opposite with supporting surface to the second flip piece 4 under the effect of flip piece 3, since the position of limit sequence part 7 is locked, at this time Limited block 72 will be unable to coordinate with limit hole 612, and thus the second trigger member 6 can be triggered.

Deformable member 8 is set on vehicle body 1 in which can take down the exhibits, and the upside of vehicle body 1, which is formed with, accommodates position 16, is in and receives in deformable member 8 When conjunction state, at least part of deformable member 8, which is contained in, to be accommodated in position 16.Deformable member 8 includes above-mentioned body portion 81, head 82 With four limbs portion, body portion 81 is equipped with clamping position 811, and clamping position 811 can be formed as card hole structure.

Shackle member 9 can be set on vehicle body 1 movably forward and backward, and the both ends of spring part 10 are connected to shackle member 9 and vehicle respectively Body 1, the clamping portion 91 that the formation protruding upward of shackle member 9 coordinates with clamping position 811, clamping portion 91 can be formed as hook structure, When being clamped position 811 with the cooperation of clamping portion 91, deformable member 8 is locked in collapse state, when clamping position 811 is detached with clamping portion 91 When, deformable member 8 is unlocked and is unfolded.

The pivot part of second flip piece 4 is equipped with shifting block 42, and when the second flip piece 4 is overturn, shifting block 42 will push card Fitting 9 moves backward, and to make clamping position 811 be detached with clamping portion 91 and spring part 10 is compressed simultaneously, deformable member 8 is unlocked And it is unfolded.

Playing method and the toy car 100 that the toy car 100 in above-mentioned specific embodiment is described below with reference to Fig. 1-Figure 21 are each The action process of component.

First, deformable member 8 is folded, specifically, overturns the second flip piece 4 so that the second holding section 41 is engaged with second Portion 611 coordinates, and the second flip piece 4 is fastened on 1 downside of vehicle body, and when overturning fastens the second flip piece 4, the second overturning Shifting block 42 on part 4 is detached with shackle member 9, and shackle member 9 automatically resets under the action of spring part 10 so that clamping portion 91 and card It connects the cooperation of position 811 and afterwards turns over the first flip piece 3 so that the first holding section 31 to which deformable member 8 is locked in collapse state Coordinate with the first joint portion 5121, the first flip piece 3 is fastened on to the upside of vehicle body 1.

Then be positioned on supporting surface (as shown in figure 17) by toy car 100 is bottom-up, i.e., at this time the second flip piece 4 with Supporting surface is opposite, and the first flip piece 3 and supporting surface are opposite, places on the support surface and positioned at the position in 11 front of the first clamping position Then at least two toy parts 200 push forward the toy car 100, the closer toy part 200 in position 11 is clamped in distance first Suction sandwiches in the first clamping position 11, and toy part 200 collides STATEMENT OF FEDERALLY SPONSORED 511, and STATEMENT OF FEDERALLY SPONSORED 511 moves, and lock-connecting piece 512 is driven to move, To make the first holding section 31 be detached with the first joint portion 5121 and 52 flexible deformation of the first elastic component and accumulation of energy, the first flip piece 3 are unlocked and rotate and have an effect with supporting surface, and toy car 100 is driven to overturn 180 °.It is unlocked in the first flip piece 3 Afterwards, lock-connecting piece 512 and STATEMENT OF FEDERALLY SPONSORED 511 can automatically reset under the effect of the first elastic component 52.

Above-mentioned switching process is the first time somersault of toy car 100, after the completion of first time somersault, the second flip piece 4 In the position opposite with supporting surface, and at this time the second clamping position 12 towards the toy part 200 (as shown in Figure 18) on supporting surface, After toy car 100 is overturn under the effect of the first flip piece 3, it will continue to walk forward under effect of inertia, it is neighbouring running to When another toy 200 position of part on supporting surface, the toy part 200 suction is sandwiched in the second clamping position 12, toy part 200 touches Hit the second moving member 61, the second moving member 61 movement, to make the second holding section 41 be detached with the second joint portion 611 and the second bullet Property 62 flexible deformation of part and accumulation of energy, the second flip piece 4 are unlocked and rotate and have an effect with supporting surface, and drive toy car 100 360 ° of overturnings, toy car 100 complete second of somersault.Meanwhile during the second flip piece 4 is overturn, shifting block 42 will push away Dynamic shackle member 9 moves so that clamping position 811 is detached with clamping portion 91 and spring part 10 is compressed simultaneously, deformable member 8 be unlocked and It is unfolded (as shown in Figure 19), the specific expansion process of deformable member 8 has hereinbefore been described in detail, and which is not described herein again.

Optionally, toy car 100 is also provided with energy storage equipment or inertial device, is being played in energy storage equipment or inertial device After tool vehicle 100 is carried out, have the function of discharging after accumulation of energy or inertia drive is persistently walked, in toy car 100 complete rear the After somersault, ensure that it runs to forward 100 coin position of the second toy with enough kinetic energy continuation.

Optionally, inhaled in above-mentioned first clamping position 11 and sandwich toy part 200, and trigger that the first flip piece 3 is unlocked and Rotation is located at position (the i.e. toy car opposite with supporting surface to the second flip piece 4 to drive toy car 100 to empty 180 ° of overturning 100 positions shown in Figure 17 are overturn to position shown in Figure 20) when, at this time first clamping position 11 in toy part 200 from Fly out disengaging in first clamping position 11, and then toy car 100 continues to walk forward so that the second clamping 12 interior suction of position presss from both sides supporting surface On another toy part 200 and trigger second above-mentioned of somersault process, 100 position shown in Figure 20 of toy car is emptied 360 ° are overturn to position shown in Figure 21.

Toy car 100 is after completing above-mentioned first time salto, the toy for triggering its first time salto Part 200 in the first clamping position 11 by flying out disengaging, and thus toy car 100 not only may be implemented secondary somersault and deformation, and After first time somersault, the toy part 200 in the first clamping position 11 is by the disengaging that flies out in the first clamping position 11, and sense of movement is strong, thus Further increase the interest of toy car.

It should be noted that the toy car 100 has a variety of playing methods, above-mentioned playing method is only one kind in its a variety of playing method, Such as can also towards toss in clamping position, projectile toy part 200 etc. is to trigger trigger member, 100 playing method of toy car has various Change characteristic and improves the sense of direction of child and the control energy of dynamics sense etc. it is possible thereby to temper the hand brain coordination ability of child Power.

To sum up, according to the toy car of the utility model embodiment 100, to toy car 100 once push can be achieved two Secondary overturning and front and back folder coin, action is coherent to dazzle cruel, and interesting strong, mode of operation novelty is interesting, and can be used for multiple children it Between contest competition.For the toy car 100 during overturning, deformable member 8 deforms toy car 100 by unfolded simultaneously, So that toy car 100 is more attractive.In addition, limiting sequence part 7 by setting, player can be assisted to distinguish folder coin sequence, kept away The false triggering for exempting from trigger member thereby guarantees that the continuity of more than 100 switching process of toy car, promotes user experience.

What needs to be explained here is that the "upper" anticipated shown in Fig. 1-Figure 16, "lower", "front", "rear" indicated respectively is to work as When toy car 100 is in front placement status, the direction where the roof of toy car 100, bottom wall, front-end and back-end.

" preceding " representative anticipated shown in Figure 17-Figure 21 is direction that toy car 100 is walked on the support surface, and " rear " refers to Be the direction opposite with 100 direction of travel of toy car.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means specific features described in conjunction with this embodiment or example, knot Structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, to above-mentioned art The schematic representation of language may not refer to the same embodiment or example.Moreover, description specific features, structure, material or Person's feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that： Can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and objective, modification, replaced And modification, the scope of the utility model are limited by claim and its equivalent.

Claims (11)

1. a kind of secondary can overturn the toy car deformed, which is characterized in that including：

Vehicle body；

Two trigger member, the trigger member are movably arranged on the vehicle body；

Two flip pieces, the two described flip pieces are articulated on the vehicle body, the two described flip pieces respectively with one The trigger member is matched to be in the lock state；

Deformable member, the deformable member can fold or the setting that is unfolded is on vehicle body, the deformable member and the flip piece or described Trigger member is matched to be in collapse state；

When one of them described trigger member is triggered, it is unlocked positioned at the flip piece opposite with the supporting surface where the toy car And rotate and have an effect with the supporting surface, so that the toy car aerial goes to another described flip piece and the branch The opposite position in support face,

When another described trigger member is triggered, be now placed in the flip piece opposite with the supporting surface be unlocked and rotate and with The supporting surface is had an effect, so that the toy car empties overturning,

And any trigger member is triggered or when the rotation of any flip piece, the deformable member is unlocked and is unfolded.

2. according to claim 1 secondary can overturn the toy car deformed, which is characterized in that two flip pieces can divide It is not arranged on the adjacent surface of the vehicle body.

3. according to claim 1 secondary can overturn the toy car deformed, which is characterized in that two flip pieces can divide It is not arranged on the opposite face of the vehicle body.

4. according to claim 2 or 3 secondary can overturn the toy car deformed, which is characterized in that each flip piece One end be rotationally connected with the vehicle body, the other end of the flip piece is equipped with holding section, the corresponding institute coordinated with it It states trigger member and is equipped with joint portion, when the trigger member is triggered, the holding section and joint portion separation are so that described Flip piece is rotatable.

5. according to claim 3 secondary can overturn the toy car deformed, which is characterized in that two flip pieces difference For the first flip piece being arranged on the upside of the vehicle body and the second flip piece being arranged on the downside of the vehicle body, correspond to described in two Trigger member be respectively be arranged the body rear end the first trigger member and the second trigger member in the body structure is set, In,

The pivotal axis of first flip piece and the vehicle body pivot joint is adjacent to the end set of the vehicle body, and first overturning Part is matched with first trigger member；

The pivotal axis that second flip piece is pivotally connected with the vehicle body is adjacent to the centrally disposed of the vehicle body, and described second overturns Part is matched with second trigger member.

6. according to claim 5 secondary can overturn the toy car deformed, which is characterized in that further include limit sequence part, it is described Limit sequence part be movably disposed on the vehicle body, with selectively with one in first trigger member and second trigger member A cooperation is triggered with controlling first trigger member prior to second trigger member.

7. according to claim 6 secondary can overturn the toy car deformed, which is characterized in that the limit sequence part includes ontology It is limited on the body and between two limited blocks that the body length direction is spaced apart, two limited blocks with housing Limiting slot is made, second trigger member is equipped with limit hole, and two one in the block of limits can coordinate in the limit To lock second trigger member in hole, when first trigger member is triggered, the limited block is detached with the limit hole And at least part of first trigger member is plugged in the limiting slot to unlock second trigger member simultaneously.

8. according to claim 5 secondary can overturn the toy car deformed, which is characterized in that the deformable member can take down the exhibits ground On the upside of the vehicle body, the deformable member expansion is triggered after the second flip piece rotation.

9. according to claim 1 secondary can overturn the toy car deformed, which is characterized in that the vehicle body is equipped with vehicle Wheel, the wheel include：

Two trailing wheels being oppositely arranged, the trailing wheel are rotatably arranged in the rear end of the vehicle body, and a part for the trailing wheel The vehicle body is projected upwards, a part is downwardly projected the vehicle body；

Two upper front-wheels being oppositely arranged and two lower front-wheels being oppositely arranged, the upper front-wheel and the lower front-wheel can turn respectively It is set to the both sides up and down of the vehicle body dynamicly, a part for the upper front-wheel is projected upwards in the vehicle body, the lower front-wheel A part protrudes downward from the vehicle body.

10. according to claim 5 secondary can overturn the toy car deformed, which is characterized in that further include having toy part, institute The rear and front end for stating vehicle body is equipped with clamping position, and the end that is triggered of first trigger member and second trigger member is respectively protruding into Into the corresponding clamping position, it is triggered and holds so that corresponding described in collision when the toy part enters in the clamping position Trigger member be triggered.

11. according to claim 10 secondary can overturn the toy car deformed, which is characterized in that the toy part enters First trigger member is triggered when in the clamping position of the body rear end, first flip piece is unlocked and rotates so that described Toy car aerial goes to second flip piece and the opposite position of the supporting surface, at this time in body rear end clamping position Toy part detached from the clamping position.